
*****Table A1. Enablement Outcomes by Technology (Primary + Secondary)*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 mec elec chem bio sw  
test mec elec chem bio sw
outreg2  mec elec chem bio sw using table1, replace excel e(all) pvalue title("Table A1") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 mec elec chem bio sw reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio sw
outreg2  mec elec chem bio sw reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table1, excel e(all) pvalue title("Table A1") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 mec elec chem bio sw 
test mec elec chem bio sw
outreg2  mec elec chem bio sw using table1, excel e(all) pvalue title("Table A1") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 mec elec chem bio sw reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio sw
outreg2  mec elec chem bio sw reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table1, excel e(all) pvalue title("Table A1") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 mec elec chem bio bm sw_nbm  
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm using table1, excel e(all) pvalue title("Table A1") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table1, excel e(all) pvalue title("Table A1") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 mec elec chem bio bm sw_nbm
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm using table1, excel e(all) pvalue title("Table A1") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table1, excel e(all) pvalue title("Table A1") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A2. Written Description Outcomes by Technology (Primary + Secondary)*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 mec elec chem bio sw  
test mec elec chem bio sw
outreg2  mec elec chem bio sw using table2, replace excel e(all) pvalue title("Table A2") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 mec elec chem bio sw reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio sw
outreg2  mec elec chem bio sw reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table2, excel e(all) pvalue title("Table A2") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 mec elec chem bio sw
test mec elec chem bio sw
outreg2  mec elec chem bio sw using table2, excel e(all) pvalue title("Table A2") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 mec elec chem bio sw reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio sw
outreg2  mec elec chem bio sw reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table2, excel e(all) pvalue title("Table A2") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 mec elec chem bio bm sw_nbm
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm using table2, excel e(all) pvalue title("Table A2") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table2, excel e(all) pvalue title("Table A2") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 mec elec chem bio bm sw_nbm
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm using table2, excel e(all) pvalue title("Table A2") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table2, excel e(all) pvalue title("Table A2") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A3. Indefiniteness Outcomes by Technology (Primary + Secondary)*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 mec elec chem bio sw  
test mec elec chem bio sw
outreg2  mec elec chem bio sw using table3, replace excel e(all) pvalue title("Table A3") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 mec elec chem bio sw mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio sw
outreg2  mec elec chem bio sw mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table3, excel e(all) pvalue title("Table A3") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 mec elec chem bio sw
test mec elec chem bio sw
outreg2  mec elec chem bio sw using table3, excel e(all) pvalue title("Table 1. Section 112 Outcomes by Technology (Primary+Secondary)") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 mec elec chem bio sw mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio sw
outreg2  mec elec chem bio sw mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table3, excel e(all) pvalue title("Table A3") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 mec elec chem bio bm sw_nbm  
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm using table3, excel e(all) pvalue title("Table A3") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 mec elec chem bio bm sw_nbm mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table3, excel e(all) pvalue title("Table A3") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 mec elec chem bio bm sw_nbm
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm using table3, excel e(all) pvalue title("Table A3") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 mec elec chem bio bm sw_nbm mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec elec chem bio bm sw_nbm
outreg2  mec elec chem bio bm sw_nbm mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table3, excel e(all) pvalue title("Table A3") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A4. Enablement Outcomes by Technology (Primary Only)*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 mec1 elec1 chem1 bio1 sw1
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 using table4, replace excel e(all) pvalue title("Table A4") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 mec1 elec1 chem1 bio1 sw1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table4, excel e(all) pvalue title("Table A4") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 mec1 elec1 chem1 bio1 sw1 
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 using table4, excel e(all) pvalue title("Table A4") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 mec1 elec1 chem1 bio1 sw1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table4, excel e(all) pvalue title("Table A4") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 mec1 elec1 chem1 bio1 bm1 sw_nbm1
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 using table4, excel e(all) pvalue title("Table A4") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table4, excel e(all) pvalue title("Table A4") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 mec1 elec1 chem1 bio1 bm1 sw_nbm1 
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 using table4, excel e(all) pvalue title("Table A4") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table4, excel e(all) pvalue title("Table A4") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A5. Written Description Outcomes by Technology (Primary Only)*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 mec1 elec1 chem1 bio1 sw1
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 using table5, replace excel e(all) pvalue title("Table A5") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 mec1 elec1 chem1 bio1 sw1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table5, excel e(all) pvalue title("Table A5") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 mec1 elec1 chem1 bio1 sw1
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 using table5, excel e(all) pvalue title("Table A5") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 mec1 elec1 chem1 bio1 sw1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table5, excel e(all) pvalue title("Table A5") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 mec1 elec1 chem1 bio1 bm1 sw_nbm1
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 using table5, excel e(all) pvalue title("Table A5") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table5, excel e(all) pvalue title("Table A5") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 mec1 elec1 chem1 bio1 bm1 sw_nbm1
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 using table5, excel e(all) pvalue title("Table A5") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table5, excel e(all) pvalue title("Table A5") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A6. Indefiniteness Outcomes by Technology (Primary Only)*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 mec1 elec1 chem1 bio1 sw1 
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 using table6, replace excel e(all) pvalue title("Table A6") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 mec1 elec1 chem1 bio1 sw1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table6, excel e(all) pvalue title("Table A6") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 mec1 elec1 chem1 bio1 sw1
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 using table6, excel e(all) pvalue title("Table A6") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 mec1 elec1 chem1 bio1 sw1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 sw1
outreg2  mec1 elec1 chem1 bio1 sw1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table6, excel e(all) pvalue title("Table A6") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 mec1 elec1 chem1 bio1 bm1 sw_nbm1 
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 using table6, excel e(all) pvalue title("Table A6") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 mec1 elec1 chem1 bio1 bm1 sw_nbm1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table6, excel e(all) pvalue title("Table A6") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 mec1 elec1 chem1 bio1 bm1 sw_nbm1
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 using table6, excel e(all) pvalue title("Table A6") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 mec1 elec1 chem1 bio1 bm1 sw_nbm1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test mec1 elec1 chem1 bio1 bm1 sw_nbm1
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table6, excel e(all) pvalue title("Table A6") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A7. Enablement Outcomes by Industry*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 comp semi pharma biotech med_devices comm transp constr energy consum_prods
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods using table7, replace excel e(all) pvalue title("Table A7") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 comp semi pharma biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table7, excel e(all) pvalue title("Table A7") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 comp semi pharma biotech med_devices comm transp constr energy consum_prods
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods using table7, excel e(all) pvalue title("Table A7") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 comp semi pharma biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table7, excel e(all) pvalue title("Table A7") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods using table7, excel e(all) pvalue title("Table A7") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en3 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table7, excel e(all) pvalue title("Table A7") ctitle("EN3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods using table7, excel e(all) pvalue title("Table A7") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit en5 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table7, excel e(all) pvalue title("Table A7") ctitle("EN5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A8. Written Description Outcomes by Industry*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 comp semi pharma biotech med_devices comm transp constr energy consum_prods
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods using table8, replace excel e(all) pvalue title("Table A8") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 comp semi pharma biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table8, excel e(all) pvalue title("Table A8") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 comp semi pharma biotech med_devices comm transp constr energy consum_prods
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods using table8, excel e(all) pvalue title("Table A8") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 comp semi pharma biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table8, excel e(all) pvalue title("Table A8") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods using table8, excel e(all) pvalue title("Table A8") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd3 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table8, excel e(all) pvalue title("Table A8") ctitle("WD3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods using table8, excel e(all) pvalue title("Table A8") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit wd5 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table8, excel e(all) pvalue title("Table A8") ctitle("WD5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A9. Indefiniteness Outcomes by Industry*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 comp semi pharma biotech med_devices comm transp constr energy consum_prods
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods using table9, replace excel e(all) pvalue title("Table A9") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 comp semi pharma biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table9, excel e(all) pvalue title("Table A9") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 comp semi pharma biotech med_devices comm transp constr energy consum_prods
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods using table9, excel e(all) pvalue title("Table A9") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 comp semi pharma biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table9, excel e(all) pvalue title("Table A9") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods using table9, excel e(all) pvalue title("Table A9") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind3 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table9, excel e(all) pvalue title("Table A9") ctitle("IND3") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods using table9, excel e(all) pvalue title("Table A9") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): ologit ind5 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
test comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table9, excel e(all) pvalue title("Table A9") ctitle("IND5") addstat(F-Test, `r(chi2)', Prob>F, `r(p)', Pseudo R-squared, `e(r2_p)')


*****Table A10. 2-Level Outcomes by Technology*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg en2 mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table10, replace excel e(all) pvalue title("Table A10") ctitle("EN2 combined")

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg en2 mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table10, excel e(all) pvalue title("Table A10") ctitle("EN2 primary")

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg wd2 mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  mec elec chem bio bm sw_nbm reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table10, excel e(all) pvalue title("Table A10") ctitle("WD2 combined")

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg wd2 mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table10, excel e(all) pvalue title("Table A10") ctitle("WD2 primary")

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg ind2 mec elec chem bio bm sw_nbm mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  mec elec chem bio bm sw_nbm mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table10, excel e(all) pvalue title("Table A10") ctitle("IND2 combined")

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg ind2 mec1 elec1 chem1 bio1 bm1 sw_nbm1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  mec1 elec1 chem1 bio1 bm1 sw_nbm1 mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table10, excel e(all) pvalue title("Table A10") ctitle("IND2 primary")


*****Table A11. 2-Level Outcomes by Industry*****

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg en2 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table11, replace excel e(all) pvalue title("Table A11") ctitle("EN2")

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg wd2 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table11, excel e(all) pvalue title("Table A11") ctitle("WD2")

bootstrap, cluster(ID case) idcluster(new_ID) rep(1000): reg ind2 comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded
outreg2  comp semi pharma_anda pharma_non_anda biotech med_devices comm transp constr energy consum_prods mpf reissue dj dist foreign_origin foreign_pfc post_markman txed cand ded using table11, excel e(all) pvalue title("Table A11") ctitle("IND2")

